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ProComp Infiniti respiration sensor & cable (SA9311M) is approximately 52 inches (132 cm) in length and is terminated in a stretch belt that will fit around either the thoracic (chest) or abdominal (stomach) area. The respiration sensor is a sensitive girth sensor worn using an easy fitting high durability woven elastic band fixed with a length adjustable webbing belt. It detects chest or abdominal expansion/contraction and outputs the respiration waveform. Learn More
The Though Technology SA9321 is a single gold EEG ear clip electrode on one end with a 1.5mm (.060) DIN connection on the other end. For use with the T8740 DIN Cable or and standard DIN socket. Approximately 18" in length. Learn More
The Though Technology SA9321 is a single gold EEG ear clip electrode on one end with a 1.5mm (.060) DIN connection on the other end. For use with the T8740 DIN Cable or and standard DIN socket. Approximately 18" in length. Learn More
The Procomp Infiniti EEG-Z Impedance Sensor(T9305Z) with DIN (T8740) can be used for both Neurofeedback training and also works as an impedance meter. The EEG-Z works with the Flexcomp, Procomp Infiniti,Procomp2 or Procomp5 biofeedback / neurofeedback systems. Learn More
Callibri is a wearable device embedded with ECG, EMG, EEG and respiratory sensors, as well as an accelerometer and angular velocity sensors to monitor physiological data on muscle movement and tension, breathing & heart rates. Callibri can be also used as electromyostimulation device. Learn More
The T8750 EEG Electrode kit has DIN style EEG leads with DIN cable for the Thought Technology EEG Sensors. Includes cables for both Monopolar and Bipolar EEG placements. Includes (2) Gold Ear Clips and (2) Cup sensors - 22.5" in length and T8740 DIN Cable. Learn More
The switch sensor cable enables you to trigger an impedance check with the EEG-Z sensor by pressing and releasing the switch button to briefly interrupt the sensor circuit. The EEG-Z sensor enters impedance checking mode, without requiring you to disconnect and reconnect the sensor. Learn More